static void Swap(ref ConfigurationList a, ref ConfigurationList b) { ConfigurationList tmp = a; a = b; b = tmp; }
private void RenderModel() { // Get inputs GetInput(); // If inputs are valid, get model if (ValidInput()) { model = GetModel(); } // If config file is not used, create a list to store current model rendering configurations if (!load_config) { list = ConfigurationList.CreateList(1); list.ModelConfig[0] = ConfigurationList.CreateNode(); } // Set initial rendering parameters, as stored in the configuration list ResetRenderingConfigurations(); // Initialize position and rotation of camera in 2D desktop view if (initialize_fallback_camera) { ResetFallbackCamera(); } }
private void LoadConfigurable(Type configurable) { string path = null; ConfigurationList configurations = null; Dictionary <Type, IConfigurable> dictionary = null; IConfigurable cfg = (IConfigurable)Activator.CreateInstance(configurable); path = cfg.ConfigurationDirectory; configurations = cfg.Configurations; dictionary = cfg.ConfigurationDictionary; if (dictionary != null) { dictionary.Add(configurable, cfg); } UniversalData UniData; if (_SavedConfigs.ContainsKey(cfg)) { UniData = _SavedConfigs[cfg]; } else { UniData = new UniversalData(PointBlankServer.ConfigurationsPath + "/" + (string.IsNullOrEmpty(path) ? "" : path + "/") + configurable.Name); } JsonData JSON = UniData.GetData(EDataType.JSON) as JsonData; if (!_SavedConfigs.ContainsKey(cfg)) { _SavedConfigs.Add(cfg, UniData); } if (UniData.CreatedNew) { foreach (KeyValuePair <string, object> kvp in configurations) { if (JSON.CheckKey(kvp.Key)) { JSON.Document[kvp.Key] = JToken.FromObject(kvp.Value); } else { JSON.Document.Add(kvp.Key, JToken.FromObject(kvp.Value)); } } } else { foreach (JProperty property in JSON.Document.Properties()) { if (configurations[property.Name] == null) { continue; } configurations[property.Name] = property.Value.ToObject(configurations[property.Name].GetType()); } } UniData.Save(); }
/// <summary> /// Constructs a new <see cref="JsonSerializerOptions"/> instance. /// </summary> public JsonSerializerOptions() { _converters = new ConfigurationList <JsonConverter>(this); #pragma warning disable CA2252 // This API requires opting into preview features _polymorphicTypeConfigurations = new ConfigurationList <JsonPolymorphicTypeConfiguration>(this) { OnElementAdded = static config => { config.IsAssignedToOptionsInstance = true; }
private void StoreConfig() { ConfigList clist = ConfigurationList.CreateList(1); clist.ModelConfig[0] = ConfigurationList.CreateNode(); string jsonOut = path_to_configs + output + ".json"; File.WriteAllText(jsonOut, JsonUtility.ToJson(clist)); }
public static void EnsureConfigurationListForAnySite(SPSite site) { // Act ConfigurationList.EnsureConfigurationList(site); // Assert var rootWeb = site.RootWeb; var list = rootWeb.Lists[ConfigurationList.ConfigListName]; Assert.IsNotNull(list); }
public ConfigurationForm() { InitializeComponent(); Icon = ResourceStore.LoadIcon("Icons/Application.ico"); mConfigurationList = ( ConfigurationList )ConfigurationList.Instance.Clone(); mOriginalMap = new Dictionary <Configuration, Configuration>(); for (int i = 0; i < mConfigurationList.Configurations.Count; i++) { mOriginalMap[mConfigurationList.Configurations[i]] = ConfigurationList.Instance.Configurations[i]; } }
private void RemoveConfigGroup(object obj) { ConfigurationGroup configGroup = obj as ConfigurationGroup; if (configGroup != null) { var result = MessageBox.Show("Are you sure you want to remove this Configuration Group?", "", MessageBoxButton.YesNo); if (result == MessageBoxResult.Yes) { ConfigurationList.Remove(configGroup); } } }
public Bundle BuildBundle() { Bundle bundle = new Bundle(); bundle.PutInt("CurrentPageIndex", CurrentPageIndex); bundle.PutString("Site", Site); //User Information bundle.PutString("User", User); bundle.PutString("Password", Password); bundle.PutString("UserDesc", UserDesc); bundle.PutString("EmpNum", EmpNum); bundle.PutString("EmpName", EmpName); bundle.PutString("Currency", Currency); bundle.PutString("DefaultWarehouse", DefaultWarehouse); bundle.PutString("DefaultLocation", DefaultLocation); bundle.PutString("QuantityFormat", QuantityFormat); bundle.PutString("AmountFormat", AmountFormat); //Login Configurations bundle.PutString("Token", Token); bundle.PutString("Theme", Theme); bundle.PutString("CSIWebServerName", CSIWebServerName); bundle.PutBoolean("EnableHTTPS", EnableHTTPS); bundle.PutString("Configuration", Configuration); bundle.PutStringArray("ConfigurationList", ConfigurationList.ToArray()); bundle.PutString("RecordCap", RecordCap); bundle.PutBoolean("SaveUser", SaveUser); bundle.PutString("SavedUser", SavedUser); bundle.PutBoolean("SavePassword", SavePassword); bundle.PutString("SavedPassword", SavedPassword); bundle.PutBoolean("UseRESTForRequest", UseRESTForRequest); bundle.PutBoolean("LoadPicture", LoadPicture); bundle.PutBoolean("ForceAutoPost", ForceAutoPost); bundle.PutBoolean("ShowSuccessMessage", ShowSuccessMessage); bundle.PutBoolean("DisplayWhenError", DisplayWhenError); //Passed Key Information bundle.PutString("Key", Key); bundle.PutString("LineSuffix", LineSuffix); bundle.PutString("Release", Release); bundle.PutString("Key2", Key2); bundle.PutString("LineSuffix2", LineSuffix2); bundle.PutString("Release2", Release2); //License bundle.PutString("LicenseString", LicenseString); bundle.PutString("ExpDate", ExpDate); return(bundle); }
public SCADAAnalogChangedNotificationResponse SCADAAnalogChangedNotification(SCADAAnalogChangedNotificationRequest request) { LogInfo("SCADAAnalogChangedNotification() Entered"); String message = String.Empty; SCADAAnalogChangedNotificationResponse response = new SCADAAnalogChangedNotificationResponse(); try { if (_UdpClient == null) { String path = @"C:\\DCSystems\Logs\"; ConfigurationList cl = new ConfigurationList(); cl.Add("Process Name", "MockNotServerService"); cl.Add("Log Output Directory", path); _Logger = new Logger(cl); LogInfo("()"); _UdpClient = new UdpClient(); _UdpClient.Connect(new IPEndPoint(IPAddress.Parse("127.0.0.1"), 7373)); } for (int i = 0; i < request.scadaAnalogs.Length; i++) { if (i == 0) { message += String.Format("{0},{1:0.000} {2} {3} GMT", request.scadaAnalogs[i].objectID, request.scadaAnalogs[i].value.Value, request.scadaAnalogs[i].value.units, request.scadaAnalogs[i].timeStamp); } else { message += String.Format(";{0},{1:0.000} {2} {3} GMT", request.scadaAnalogs[i].objectID, request.scadaAnalogs[i].value.Value, request.scadaAnalogs[i].value.units, request.scadaAnalogs[i].timeStamp); } } Byte[] sendBytes = Encoding.ASCII.GetBytes(message); _UdpClient.Send(sendBytes, sendBytes.Length); response.MultiSpeakMsgHeader = new MultiSpeakMsgHeader(); response.MultiSpeakMsgHeader.TimeStampSpecified = true; response.MultiSpeakMsgHeader.TimeStamp = DateTime.Now; response.SCADAAnalogChangedNotificationResult = null; return(response); } catch (Exception ex) { LogError(String.Format("SCADAAnalogChangedNotification() ex:{0}", ex)); response.SCADAAnalogChangedNotificationResult = new errorObject[1]; response.SCADAAnalogChangedNotificationResult[0] = new errorObject(); response.SCADAAnalogChangedNotificationResult[0].Value = ex.Message; return(response); } }
public PingURLResponse PingURL(PingURLRequest request) { LogInfo("PingURL() Entered"); PingURLResponse response = new PingURLResponse(); try { if (_UdpClient == null) { String path = @"C:\\DCSystems\Logs\"; ConfigurationList cl = new ConfigurationList(); cl.Add("Process Name", "MockNotServerService"); cl.Add("Log Output Directory", path); _Logger = new Logger(cl); LogInfo("()"); _UdpClient = new UdpClient(); _UdpClient.Connect(new IPEndPoint(IPAddress.Parse("127.0.0.1"), 7373)); } Byte[] sendBytes = Encoding.ASCII.GetBytes("PingURL,OK"); _UdpClient.Send(sendBytes, sendBytes.Length); response.MultiSpeakMsgHeader = new MultiSpeakMsgHeader(); response.MultiSpeakMsgHeader.MinorVersion = "4"; response.MultiSpeakMsgHeader.MinorVersion = "1"; response.MultiSpeakMsgHeader.Build = "8"; response.MultiSpeakMsgHeader.BuildString = BuildDescriptor.Release; response.MultiSpeakMsgHeader.AppName = "DCSystems"; response.MultiSpeakMsgHeader.TimeStamp = DateTime.Now; response.MultiSpeakMsgHeader.TimeStampSpecified = true; //errorObject[] eObject = new errorObject[1]; //eObject[0] = new errorObject(); //eObject[0].eventTime = DateTime.Now; //eObject[0].eventTimeSpecified = true; //response.PingURLResult = eObject; return(response); } catch (Exception ex) { LogError(String.Format("PingURL() ex:{0}", ex)); response.PingURLResult = new errorObject[1]; response.PingURLResult[0].objectID = "DCSystem"; response.PingURLResult[0].errorString = ex.Message; return(response); } }
ImmutableStack <InternalObject> InsertPlaceholderTags(List <InternalObject> objects, CancellationToken cancellationToken) { // Calculate indentation levels in front of the tags: int[] indentationBeforeTags = new int[objects.Count]; int pos = 0; for (int i = 0; i < objects.Count; i++) { if (objects[i] is InternalTag) { indentationBeforeTags[i] = GetIndentationBefore(pos); } pos += objects[i].Length; } // Create initial configuration: ConfigurationList listA = ConfigurationList.Create(); ConfigurationList listB = ConfigurationList.Create(); listA.Add(new Configuration(new OpenTagStack(), ImmutableStack <InternalObject> .Empty, 0)); for (int i = 0; i < indentationBeforeTags.Length; i++) { cancellationToken.ThrowIfCancellationRequested(); ProcessObject(objects[i], indentationBeforeTags[i], listA, ref listB); Swap(ref listA, ref listB); } Configuration cheapestConfiguration = new Configuration(null, null, InfiniteCost); for (int i = 0; i < listA.count; i++) { Configuration c = listA.configurations[i]; if (c.Cost < cheapestConfiguration.Cost) { while (!c.OpenTags.IsEmpty) { c = new Configuration(c.OpenTags.Pop(), c.Document.Push(EndTagPlaceholder), c.Cost + MissingEndTagCost); } if (c.Cost < cheapestConfiguration.Cost) { cheapestConfiguration = c; } } } Log.WriteLine("Best configuration has cost {0}", cheapestConfiguration.Cost); return(cheapestConfiguration.Document); }
public Target( Bam.Core.Module module, Project project) { this.IsA = "PBXNativeTarget"; this.Name = module.GetType().Name; this.Module = module; this.Project = project; this.Type = EProductType.NA; var configList = new ConfigurationList(this); this.ConfigurationList = configList; project.ConfigurationLists.Add(configList); this.TargetDependencies = new Bam.Core.Array<TargetDependency>(); }
public GetMethodsResponse GetMethods(GetMethodsRequest request) { LogInfo("GetMethods() Entered"); GetMethodsResponse response = null; try { if (_UdpClient == null) { String path = @"C:\\DCSystems\Logs\"; ConfigurationList cl = new ConfigurationList(); cl.Add("Process Name", "MockNotServerService"); cl.Add("Log Output Directory", path); _Logger = new Logger(cl); LogInfo("()"); _UdpClient = new UdpClient(); _UdpClient.Connect(new IPEndPoint(IPAddress.Parse("127.0.0.1"), 7373)); } Byte[] sendBytes = Encoding.ASCII.GetBytes("GetURL,OK"); _UdpClient.Send(sendBytes, sendBytes.Length); response = new GetMethodsResponse(); response.MultiSpeakMsgHeader = new MultiSpeakMsgHeader(); response.MultiSpeakMsgHeader.TimeStampSpecified = true; response.MultiSpeakMsgHeader.TimeStamp = DateTime.Now; response.GetMethodsResult = new string[4]; response.GetMethodsResult[0] = "GetMethods"; response.GetMethodsResult[1] = "PingURL"; response.GetMethodsResult[2] = "SCADAAnalogChangedNotification"; response.GetMethodsResult[3] = "SCADAStatusChangedNotification"; return(response); } catch (Exception ex) { LogError(String.Format("GetMethods() ex:{0}", ex)); response.GetMethodsResult = new string[1]; errorObject[] eObject = new errorObject[1]; eObject[0] = new errorObject(); eObject[0].Value = ex.Message; response.GetMethodsResult[0] = ex.Message; return(response); } }
static void init() { string asm; if (!_didInit) { _didInit = true; /* * _OutputDirectory = m_config.getValue("Log Output Directory", @"c:\Colt\\Logs\"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(199): m_doubleBuffer = m_config.getValue("double Buffer", false); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(204): m_rollingSizeMessageCount = 10000 * m_config.getValue("Log File Bytes", 10); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(205): m_logCount = m_config.getValue("Log Archive Depth", 80); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(209): _ProcessName = m_config.getValue("Process Name", "Unknown Process"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(210): m_logLevel = m_config.getValue("File Logging Enabled", 3); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(211): m_format = m_config.getValue("Log Format", "{ticks} {Timestamp:MM-dd-yyyy HH:mm:ss.ffff} ({Thread}) - [{LevelName}] {Message}"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(213): m_matchSCLineFormat = m_config.getValue("Match SC Line Format", false); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(231): string tmp = m_config.getValue("Log To Trace", "false"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(301): m_logLevel = m_config.getValue("File Logging Enabled", 3); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(317): m_logCount = m_config.getValue("Log Archive Depth", DEFAULT_LOG_DEPTH); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(318): int logFileBytes = m_config.getValue("Log File Bytes", 3); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(320): _ProcessName = m_config.getValue("Process Name", "Unknown Process"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(327): _OutputDirectory = m_config.getValue("Log Output Directory", @"c:\Colt\Logs\"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(331): m_format = m_config.getValue("Log Format", "{ticks} {Timestamp:MM-dd-yyyy HH:mm:ss.ffff} ({Thread}) - [{LevelName}] {Message}"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(333): m_matchSCLineFormat = m_config.getValue("Match SC Line Format", false); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(680): _ProcessName = m_config.getValue("Process Name", "Unknown Process"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(687): m_format = m_config.getValue("Log Format", "{ticks} {Timestamp:MM-dd-yyyy HH:mm:ss.ffff} ({Thread}) - [{LevelName}] {Message}"); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(689): m_matchSCLineFormat = m_config.getValue("Match SC Line Format", false); * C:\Users\RTCOUSENS\colt\NewProjects\Colt3\Colt3\Logger.cs(692): outfile.WriteLine(_ProcessName + ": Log initialized - Log Level: " + logLevelName() + ", Log File Bytes: " + m_config.getValue("Log F * */ _cfg = new ConfigurationList(); asm = Assembly.GetEntryAssembly().GetName().Name; #if DEBUG _cfg.Add("File Logging Enabled", "5"); #endif _cfg.Add("Log To Trace", "true"); _cfg.Add("Process Name", asm); _cfg.Add("Log Output Directory", Path.Combine( @"\\appdeploy\APPDEPLOY\Colt Software\Logs", asm)); _logger = new Logger(_cfg); } }
static bool CompareLists <TValue>(ConfigurationList <TValue> left, ConfigurationList <TValue> right) { int n; if ((n = left.Count) != right.Count) { return(false); } for (int i = 0; i < n; i++) { if (!left[i] !.Equals(right[i])) { return(false); } } return(true); }
//---------------------------------- public static string SentStringGenerator() { string ObjectString = ""; foreach (var item in ConfigurationList) { var MyValue = RowDictionary.First(x => x.Value.Name == item).Value.Value; ObjectString += MyValue.ToString(); if (ConfigurationList.IndexOf(item) == ConfigurationList.Count - 1 && VM.ParamConfigurationList.Count == 0) { ObjectString += ";"; } else { ObjectString += "|"; } } ; return(ObjectString); }
public Project( Bam.Core.Module module, string name) { this.IsA = "PBXProject"; this.Name = name; this.ProjectDir = module.CreateTokenizedString("$(buildroot)/$(packagename).xcodeproj"); module.Macros.Add("xcodeprojectdir", this.ProjectDir); var projectPath = module.CreateTokenizedString("$(xcodeprojectdir)/project.pbxproj"); this.ProjectPath = projectPath.Parse(); this.SourceRoot = module.CreateTokenizedString("$(packagedir)").Parse(); this.BuildRoot = module.CreateTokenizedString("$(buildroot)").Parse(); this.Module = module; this.Targets = new System.Collections.Generic.Dictionary<System.Type, Target>(); this.FileReferences = new System.Collections.Generic.List<FileReference>(); this.BuildFiles = new System.Collections.Generic.List<BuildFile>(); this.Groups = new System.Collections.Generic.List<Group>(); this.GroupMap = new System.Collections.Generic.Dictionary<string, Group>(); this.AllConfigurations = new System.Collections.Generic.List<Configuration>(); this.ProjectConfigurations = new System.Collections.Generic.Dictionary<Bam.Core.EConfiguration, Configuration>(); this.ConfigurationLists = new System.Collections.Generic.List<ConfigurationList>(); this.SourcesBuildPhases = new System.Collections.Generic.List<SourcesBuildPhase>(); this.FrameworksBuildPhases = new System.Collections.Generic.List<FrameworksBuildPhase>(); this.ShellScriptsBuildPhases = new Bam.Core.Array<ShellScriptBuildPhase>(); this.CopyFilesBuildPhases = new Bam.Core.Array<CopyFilesBuildPhase>(); this.ContainerItemProxies = new Bam.Core.Array<ContainerItemProxy>(); this.ReferenceProxies = new Bam.Core.Array<ReferenceProxy>(); this.TargetDependencies = new Bam.Core.Array<TargetDependency>(); this.ProjectReferences = new System.Collections.Generic.Dictionary<Group, FileReference>(); this.Groups.Add(new Group()); // main group this.Groups.Add(new Group("Products")); // product ref group this.MainGroup.AddChild(this.ProductRefGroup); var configList = new ConfigurationList(this); this.ConfigurationLists.Add(configList); }
/// <summary> /// Copies the options from a <see cref="JsonSerializerOptions"/> instance to a new instance. /// </summary> /// <param name="options">The <see cref="JsonSerializerOptions"/> instance to copy options from.</param> /// <exception cref="System.ArgumentNullException"> /// <paramref name="options"/> is <see langword="null"/>. /// </exception> public JsonSerializerOptions(JsonSerializerOptions options) { if (options is null) { ThrowHelper.ThrowArgumentNullException(nameof(options)); } _memberAccessorStrategy = options._memberAccessorStrategy; _dictionaryKeyPolicy = options._dictionaryKeyPolicy; _jsonPropertyNamingPolicy = options._jsonPropertyNamingPolicy; _readCommentHandling = options._readCommentHandling; _referenceHandler = options._referenceHandler; _converters = new ConverterList(this, options._converters); _encoder = options._encoder; _defaultIgnoreCondition = options._defaultIgnoreCondition; _numberHandling = options._numberHandling; _unknownTypeHandling = options._unknownTypeHandling; _defaultBufferSize = options._defaultBufferSize; _maxDepth = options._maxDepth; _allowTrailingCommas = options._allowTrailingCommas; _ignoreNullValues = options._ignoreNullValues; _ignoreReadOnlyProperties = options._ignoreReadOnlyProperties; _ignoreReadonlyFields = options._ignoreReadonlyFields; _includeFields = options._includeFields; _propertyNameCaseInsensitive = options._propertyNameCaseInsensitive; _writeIndented = options._writeIndented; // Preserve backward compatibility with .NET 6 // This should almost certainly be changed, cf. https://github.com/dotnet/aspnetcore/issues/38720 _typeInfoResolver = options._typeInfoResolver is JsonSerializerContext ? null : options._typeInfoResolver; EffectiveMaxDepth = options.EffectiveMaxDepth; ReferenceHandlingStrategy = options.ReferenceHandlingStrategy; // _cachingContext is not copied as sharing the JsonTypeInfo and JsonPropertyInfo caches can result in // unnecessary references to type metadata, potentially hindering garbage collection on the source options. TrackOptionsInstance(this); }
/// <summary> /// Provisions the service locator settings, and ensures the list is created for storing configuration /// on the site collection root web. The service locator configuration is defined for the site level. /// </summary> /// <param name="properties">The properties for this configuration</param> public override void FeatureActivated(SPFeatureReceiverProperties properties) { string configListLocation = CentralSiteConfig.GetCentralConfigSiteUrl(); // Configuration List Deployment using (var centralSite = new SPSite(configListLocation)) { ConfigurationList.EnsureConfigurationList(centralSite); } var site = properties.Feature.Parent as SPSite; var slConfig = SharePointServiceLocator.GetCurrent(site).GetInstance <IServiceLocatorConfig>(); slConfig.Site = site; slConfig.RegisterTypeMapping <IConfigManager, ListBackedConfigManager>(); slConfig.RegisterTypeMapping <IHierarchicalConfig, ListBackedHierarchicalConfig>(); SharePointServiceLocator.Reset(); ConfigurationList.EnsureConfigurationList(site); // Add WP to new page and add to navigation AddWPToSiteNavigation(site.RootWeb, "listconfig.aspx", "List Configuration Test", wpXml, "left"); }
public ConfigHandler() { Configuration = new ConfigurationList(); }
public ConfigurationForm() { InitializeComponent(); mConfigurationList = ( ConfigurationList )ConfigurationList.Instance.Clone(); }
public Configuration EnsureTargetConfigurationExists( Bam.Core.Module module, ConfigurationList configList) { lock (configList) { var config = module.BuildEnvironment.Configuration; var existingConfig = configList.Where(item => item.Config == config).FirstOrDefault(); if (null != existingConfig) { return existingConfig; } // if a new target config is needed, then a new project config is needed too this.EnsureProjectConfigurationExists(module); var newConfig = new Configuration(module.BuildEnvironment.Configuration); this.AllConfigurations.Add(newConfig); configList.AddConfiguration(newConfig); var clangMeta = Bam.Core.Graph.Instance.PackageMetaData<Clang.MetaData>("Clang"); // set which SDK to build against newConfig["SDKROOT"] = new UniqueConfigurationValue(clangMeta.SDK); // set the minimum version of OSX/iPhone to run against var minVersionRegEx = new System.Text.RegularExpressions.Regex("^(?<Type>[a-z]+)(?<Version>[0-9.]+)$"); var match = minVersionRegEx.Match(clangMeta.MinimumVersionSupported); if (!match.Groups["Type"].Success) { throw new Bam.Core.Exception("Unable to extract SDK type from: '{0}'", clangMeta.MinimumVersionSupported); } if (!match.Groups["Version"].Success) { throw new Bam.Core.Exception("Unable to extract SDK version from: '{0}'", clangMeta.MinimumVersionSupported); } var optionName = System.String.Format("{0}_DEPLOYMENT_TARGET", match.Groups["Type"].Value.ToUpper()); newConfig[optionName] = new UniqueConfigurationValue(match.Groups["Version"].Value); return newConfig; } }
void ProcessObject(InternalObject obj, int indentationLevel, ConfigurationList oldConfigurations, ref ConfigurationList newConfigurations) { newConfigurations.Clear(); InternalTag tag = obj as InternalTag; for (int i = 0; i < oldConfigurations.count; i++) { Configuration c = oldConfigurations.configurations[i]; if (c.Cost == InfiniteCost) continue; if (tag != null && tag.IsStartTag) { // Push start tag newConfigurations.Add( c.OpenTags.Push(tag.Name, indentationLevel), c.Document.Push(obj), c.Cost ); } else if (tag != null && tag.IsEndTag) { // We can ignore this end tag newConfigurations.Add( c.OpenTags, c.Document.Push(StartTagPlaceholder).Push(obj), c.Cost + IgnoreEndTagCost ); // We can match this end tag with one of the currently open tags var openTags = c.OpenTags; var documentWithInsertedEndTags = c.Document; uint newCost = c.Cost; while (!openTags.IsEmpty) { uint matchCost = 0; if (openTags.IndentationLevel >= 0 && indentationLevel >= 0) matchCost += (uint)Math.Abs(openTags.IndentationLevel - indentationLevel); if (openTags.Name != tag.Name) matchCost += MismatchedNameCost; newConfigurations.Add( openTags.Pop(), documentWithInsertedEndTags.Push(obj), newCost + matchCost ); newCost += MissingEndTagCost; openTags = openTags.Pop(); documentWithInsertedEndTags = documentWithInsertedEndTags.Push(EndTagPlaceholder); } } else { newConfigurations.Add( c.OpenTags, c.Document.Push(obj), c.Cost ); } } }
public static void Reset() { config = new ConfigurationList(); }
static Configuration() { TransformationCallbacks.Install(); config = new ConfigurationList(); }
static void Swap(ref ConfigurationList a, ref ConfigurationList b) { ConfigurationList tmp = a; a = b; b = tmp; }
public static void Reset() { config = new ConfigurationList(); }
private void AddNewGroup() { ConfigurationList.Add(new ConfigurationGroup("New Group", null, TimeSpan.Zero)); }
void ProcessObject(InternalObject obj, int indentationLevel, ConfigurationList oldConfigurations, ref ConfigurationList newConfigurations) { newConfigurations.Clear(); InternalTag tag = obj as InternalTag; for (int i = 0; i < oldConfigurations.count; i++) { Configuration c = oldConfigurations.configurations[i]; if (c.Cost == InfiniteCost) { continue; } if (tag != null && tag.IsStartTag) { // Push start tag newConfigurations.Add( c.OpenTags.Push(tag.Name, indentationLevel), c.Document.Push(obj), c.Cost ); } else if (tag != null && tag.IsEndTag) { // We can ignore this end tag newConfigurations.Add( c.OpenTags, c.Document.Push(StartTagPlaceholder).Push(obj), c.Cost + IgnoreEndTagCost ); // We can match this end tag with one of the currently open tags var openTags = c.OpenTags; var documentWithInsertedEndTags = c.Document; uint newCost = c.Cost; while (!openTags.IsEmpty) { uint matchCost = 0; if (openTags.IndentationLevel >= 0 && indentationLevel >= 0) { matchCost += (uint)Math.Abs(openTags.IndentationLevel - indentationLevel); } if (openTags.Name != tag.Name) { matchCost += MismatchedNameCost; } newConfigurations.Add( openTags.Pop(), documentWithInsertedEndTags.Push(obj), newCost + matchCost ); newCost += MissingEndTagCost; openTags = openTags.Pop(); documentWithInsertedEndTags = documentWithInsertedEndTags.Push(EndTagPlaceholder); } } else { newConfigurations.Add( c.OpenTags, c.Document.Push(obj), c.Cost ); } } }
public static void Reset() { config = new ConfigurationList(Installation.Properties.Product); }
/// <summary> /// Constructs a new <see cref="JsonSerializerOptions"/> instance. /// </summary> public JsonSerializerOptions() { _converters = new ConverterList(this); TrackOptionsInstance(this); }
public Logger(ConfigurationList cfg) { _cfg = cfg; }
static Configuration() { TransformationCallbacks.Install(); config = new ConfigurationList(); }
public static void Reset() { config = new ConfigurationList(Installation.Properties.Product); }
/// <summary> /// Returns any configuration groups that can make the item /// </summary> /// <param name="nextItem"></param> /// <returns></returns> public IEnumerable <ConfigurationGroup> GetConfigGroups(ProductMasterItem nextItem) { return(ConfigurationList.Where(c => c.CanMake(nextItem))); }